The Experts below are selected from a list of 180 Experts worldwide ranked by ideXlab platform

Lin Wang - One of the best experts on this subject based on the ideXlab platform.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod Based on Experimental Analysis
    2016 International Conference on Smart Grid and Electrical Automation (ICSGEA), 2016
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod
    2015
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

Xinquan Wang - One of the best experts on this subject based on the ideXlab platform.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod Based on Experimental Analysis
    2016 International Conference on Smart Grid and Electrical Automation (ICSGEA), 2016
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod
    2015
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

Bradford Wood - One of the best experts on this subject based on the ideXlab platform.

  • Template for MR Visualization and Needle Targeting
    Annals of Biomedical Engineering, 2019
    Co-Authors: Rui Li, Sheng Xu, Ivane Bakhutashvili, Ismail B. Turkbey, Peter Choyke, Peter Pinto, Bradford Wood
    Abstract:

    To improve the targeting accuracy and reduce procedure time in magnetic resonance imaging (MRI)-Guided procedures, a 3D-printed flexible template was developed. The template was printed using flexible photopolymer resin FLFLGR02 in Form 2 printer^® (Formlabs, Inc., Somerville, MA). The flexible material gives the template a unique advantage by allowing it to make close contact with human skin and provide accurate insertion with the help of the newly developed OncoNav software. At the back of the template, there is a grid comprised of circular containers filled with contrast agent. At the front of the template, the Guide Holes between the containers provide space and angular flexibility for needle insertion. MRI scans are initially used to identify tumor position as well as the template location. The OncoNav software then pre-selects a best Guide Hole for targeting a specific lesion and suggests insertion depth for the physician A phantom study of 13 insertions in a CT scanner was carried out for assessing needle placement accuracy. The mean total distance error between planned and actual insertion is 2.7 mm, the maximum error was 4.78 mm and standard deviation was 1.1 mm. The accuracy of the OncoNav-assisted and template-Guided needle targeting is comparable to the robot-assisted procedure. The proposed template is a low-cost, quickly-deployable and disposable medical device. The presented technology will be further evaluated in prostate cancer patients to quantify its accuracy in needle biopsy.

Qiang Zhang - One of the best experts on this subject based on the ideXlab platform.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod Based on Experimental Analysis
    2016 International Conference on Smart Grid and Electrical Automation (ICSGEA), 2016
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod
    2015
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

Shimin Zhang - One of the best experts on this subject based on the ideXlab platform.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod Based on Experimental Analysis
    2016 International Conference on Smart Grid and Electrical Automation (ICSGEA), 2016
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.

  • Research on Construction Technology of Guide-Hole Implantable Branch-Provided Rock Anchor Rod
    2015
    Co-Authors: Xinquan Wang, Shimin Zhang, Qiang Zhang, Lin Wang
    Abstract:

    In order to overcome the defects of the anchor rod as insufficient anti-pull force, low elongation, low stability during construction and difficulty for drilling the rock stratum to be anchored, this paper innovates on the conventional anchor rod by introducing the newly-developed construction technology of Guide-Hole implantable branch-provided rock anchor rods, and presents its technology principles, the application scope, the technological characteristics, the construction process and the operating points. The construction technology improves the anchoring force of the anchor rod per unit length, overcomes the problem of insufficient anti-pull force, relatively reduces the anchor rod and the rock stratum drilling depth, facilitates the drilling and anchoring construction, and achieves excellent economic benefits and has wide popularization value.